Extract & Summarize Yelp Business Reviews with Bright Data and Google Gemini

This workflow is designed to provide language learners with new words daily by automatically scraping popular articles from Hacker News, extracting and translating English words from them, and ultimately storing the selected bilingual vocabulary in a database to be sent to users via SMS. It addresses the challenges of vocabulary acquisition, timely content updates, and insufficient learning reminders, helping users efficiently accumulate new words and improve their language skills. It is suitable for various types of language learners and educational institutions.

This workflow allows users to manually trigger it to read the latest content from specified RSS feeds in real-time, enabling quick access to updates from websites or blogs. It resolves the cumbersome issue of manually visiting multiple web pages, streamlining the information retrieval process. It is suitable for content editors, social media managers, and individual users, enhancing the efficiency of information monitoring and providing a foundation for subsequent data processing.

This workflow is designed to automate the extraction and updating of business information. By reading business domain names from Google Sheets, it sequentially visits the corresponding websites and extracts HTML content. After intelligent cleaning, it utilizes artificial intelligence to generate the company's value proposition, industry classification, and market positioning. Ultimately, the structured data will be written back to Google Sheets, achieving real-time information updates. This process significantly enhances the efficiency and accuracy of data organization, helping users better conduct market analysis and customer management.

This workflow establishes clustering representative points and thresholds for crop image datasets using two methods, providing a foundation for anomaly detection. It utilizes vector database APIs and Python libraries for sparse matrix calculations, ensuring the efficient and accurate determination of cluster centers and thresholds. This approach is applicable in various scenarios such as agricultural smart monitoring and preprocessing for machine learning models, significantly enhancing the accuracy and reliability of anomaly detection while simplifying the complex clustering analysis process.

This workflow automates the generation of weekly Google Analytics data reports, focusing on comparing key performance indicators from the last 7 days with the same period last year. Utilizing AI technology for intelligent analysis and formatting, the reports can be pushed through multiple channels, including email and Telegram, helping users save time, gain insights into trends, and enhance report quality. It is suitable for website operations teams, data analysts, and management, supporting informed decision-making and efficient communication.

This workflow automatically fetches all comments for specified stories from Hacker News and stores the comment text vectors in a vector database. It clusters the comments using the K-means algorithm and utilizes the GPT-4 model to generate content summaries and sentiment analysis. Finally, the analysis results are exported to Google Sheets. This process efficiently handles a large volume of comments, helping users identify community hot topics and extract valuable feedback, making it suitable for various scenarios such as community management, product optimization, and data analysis.

This workflow automatically retrieves keyword ranking data through scheduled or manual triggers and uses custom code for trend analysis. The analyzed data is then sent to an artificial intelligence model for in-depth analysis, and the final results are stored in a low-code database for easier management and viewing. It integrates data collection, intelligent analysis, and result storage, enhancing the efficiency of SEO monitoring and optimization, making it suitable for SEO teams, digital marketers, and website administrators.

This workflow implements an intelligent chat agent by integrating the OpenAI GPT-4o language model with a Postgres database, allowing users to interact with Google Search Console data using natural language. It automatically parses user requests, generates corresponding API queries, and returns data in the form of Markdown tables. This tool simplifies the data access process and enhances user experience, making it suitable for website operators, SEO experts, and data analysts, enabling them to quickly obtain and analyze website performance data.